Question

Classify the statements below as to whether they describe mitochondria, chloroplasts, or both. Cannot live independently because they require some proteins and RNAS encoded by nuclear genes. In some species, some codons specify a different amino acid than is specified in the universal genetic code. Translation is inhibited by chemicals known to inhibit bacterial translation, such as chloramphenicol Carry genes for some of the enzymes of photosynthetic electron transport. rRNA gene sequences are most similar to cyanobacteria. May have arisen when a primitive eukaryote engulfed a bacterial cell or by symbiosis between bacteria and archaea. Found in all eukaryotic cells and produce most of the cell's ATP. Found in plant and algal cells and capture energy from light to produce carbohydrates. Carry genes for the enzymes of oxidative phosphorylation. Mitochondria Chloroplasts Both mitochondria and chloroplasts

Answer 1

Classify the statements below as to whether they describe mitochondria, chloroplasts, or both. Cannot live independently because they require some proteins and RNAs encoded by nuclear genes. In some species, some codons specify a fferent amino acid than is specified in the universal genetic code. Translation is inhibited by chemicals nown to inhibit bacterial translation, such as chloramphenicol. arry genes for some of the enzymes of photosynthetic electron transport. TRNA gene sequences are most similar to cyanobacteria. May have arisen when a primitive caryote engulfed a bacterial cell or by symbiosis between bacteria and archaea. O Found in all eukaryotic cells and produce most of the cell's ATP. Found in plant and algal cells and apture energy from light to produce carbohydrates. Carry genes for the enzymes of oxidative phosphorylation. Mitochondria Chloroplasts Both mitochondria and chloroplasts a crn NOO

Please rate high.